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Subtitle: variation of the solid system from ideal spherical to crushed to platelet-shaped particles

Metadaten

Ergänzende TitelSubtitle: variation of the solid system from ideal spherical to crushed to platelet-shaped particles
Alternative existierende Referenzen für den DatensatzCF_030_Glimmer_007
Alternative existierende Referenzen für den DatensatzCF_035_BCS201_002
Alternative existierende Referenzen für den DatensatzCF_035_sph_002
Alternative existierende Referenzen für den DatensatzCF_040_Dolomit_014
Alternative existierende Referenzen für den DatensatzCF_040_Kalkstein_001
Weitere mitwirkende Personen, Institutionen oder UnternehmenPeuker, Urs Alexander - Technical University Bergakademie Freiberg - Institute of Mechanical Process Engineering and Mineral Processing - Supervisor
Weitere mitwirkende Personen, Institutionen oder UnternehmenLeißner, Thomas - Technical University Bergakademie Freiberg - Institute of Mechanical Process Engineering and Mineral Processing - Supervisor
Weitere mitwirkende Personen, Institutionen oder UnternehmenGerman Research Foundation - Sponsor
Für den Inhalt der Forschungsdaten verantwortliche Person(en)Löwer, Erik - Technical University Bergakademie Freiberg - Institute of Mechanical Process Engineering and Mineral Processing (ORCID: 0000-0002-6956-8054)
Beschreibung der weiteren Datenverarbeitungautomatic centre shift, beam hardening correction (factor 0.05), gauss smoothing filter (kernel 0.7)
Art der Erhebung der DatenExperiment: in-situ filtration and dewatering (downscaled pressure nutsch 5 mm diameter) according VDI 2762-2 and VDI 2762-3
Verwendete ForschungsinstrumenteX-ray microscope (ZEISS Xradia Versa 510)
Zugrundeliegende ForschungsobjekteSubstance: potassium iodide (manufacturer: Carl Roth, > 99 %, 25 mmol/l)
Zugrundeliegende ForschungsobjekteSubstance: glycerol-water solution (manufacturer: Carl Roth, > 99,5 %, 24 m.-% glycerol)
Zugrundeliegende ForschungsobjekteSubstance: mica (Zinnwald deposit in the Erzgebirge region, Saxony, solid powder, 90...500 µm)
Zugrundeliegende ForschungsobjekteSubstance: glass beads (manufacturer: Sigmund Lindner GmbH, solid powder, 70...110 µm)
Zugrundeliegende ForschungsobjekteSubstance: limestone (manufacturer: GEOMIN Erzgebirgische Kalkwerke GmbH, solid powder, 65...120 µm)
Zugrundeliegende ForschungsobjekteSubstance: quartz (manufacturer: Strobel Quarzsand GmbH, solid powder, 85...160 µm)
Zugrundeliegende ForschungsobjekteSubstance: dolomite (manufacturer: Wünschendorfer Dolomitwerk GmbH, solid powder, 45...140 µm)
KurzbeschreibungAppendix to Publications A to E with investigations of different particle systems (material, size and shape variation). X-ray tomography image of fully and partially dewatered filter cakes. The initial slurries contains mica, dolomite, quartz, limestone or glass particles suspended in a potassium iodide-glycerol brine. The different shaped particles were separated by cake-forming filtration followed by dewatering. All filtration and dewatering experiments took place in an in situ apparatus within the Zeiss Xradia 510 X-ray microscope. The filter cake is dewatered until the minimum degree of saturation is reached within the pore space. A scan is taken at the equilibrium state before and after dewatering. A small section in the center of the desaturated filter cakes was additionally measured at a significantly smaller field of view and higher resolution in order to be able to determine the local contact angle in addition to the saturation distribution and the size of the individual liquid bridges.
Angewendete Methoden oder VerfahrenVDI 2762-1, VDI 2762-2 and VDI 2762-3
Weitere erklärende Angaben zu den Datensee note parameter.png in each measurement file for further measurement and reconstruction parameters
Informationen zur SerieVariation of the disperse solid system in the feed from ideal spherical to crushed to platelet-shaped particles
InhaltsverzeichnisCF_030_Glimmer_007 (in-situ filtration and dewatering, 30 vol.-% of mica particles, total filter cake and high-resolved section), CF_035_BCS201_002 (in-situ filtration and dewatering, 35 vol.-% of quartz particles, total filter cake and high-resolved section), CF_035_sph_002 (in-situ filtration and dewatering, 35 vol.-% of glass particles, total filter cake and high-resolved section), CF_040_Dolomit_014 (in-situ filtration and dewatering, 40 vol.-% of dolomite particles, total filter cake and high-resolved section), CF_040_Kalkstein_001 (in-situ filtration and dewatering, 40 vol.-% of limestone particles, total filter cake and high-resolved section)
Weitere Schlagwörtercake filtration, cake dewatering, X-ray tomography, in-situ, VDI 2762, modelling
Spracheeng
Entstehungsjahr oder Entstehungszeitraum2020
Veröffentlichungsjahr2021
HerausgeberTechnical University Bergakademie Freiberg - Institute of Mechanical Process Engineering and Mineral Processing
Inhalt der ForschungsdatenDataset: X-ray tomography scans of filter cakes (.tiff stacks)
Inhaber der NutzungsrechteTechnical University Bergakademie Freiberg - Institute of Mechanical Process Engineering and Mineral Processing
Nutzungsrechte des DatensatzesCC-BY-4.0
Eingesetzte SoftwareResource Production: Xradia XMReconstructor 11.1.8
Nähere Beschreibung der/s Fachgebiete/smechanical process engineering - solid-liquid separation - cake filtration and dewatering
Angabe der FachgebieteEngineeringde
Titel des Datensatzesfully saturated and dewatered filter cakes at different resolutions


Dateien zu dieser Ressource

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Die Datenpakete erscheinen in:

  • Appendix to Publications A to E [1]Open Access Icon
    Appendices to the data collections of the following publications: - Publication A: Study on the influence of solids volume fraction on filter cake structures using micro tomography - Publication B: Neighborhood Relationships of Widely Distributed and Irregularly Shaped Particles in Partially Dewatered Filter Cakes - Publication C: Insight into filter cake structures using micro tomography: The dewatering equilibrium - Publication D: Network model of porous media – Review of old ideas with new methods - Publication E: Wetting behavior of porous structures: Three-dimensional determination of the contact angle after filter cake dewatering using X-ray microscopy The data collection contains tomographic images (ZEISS Xradia 510 Versa) of partially dewatered filter cakes according to VDI 2762. The images include filter cake structures from additional particle systems such as mica, limestone, quartz, dolomite and glass particles and thus complement the reference system of aluminum oxide particles (publications A to E). All particles are between 50 and 200 µm in size, and their shape varies from spherical to cubic to fibrous and plate-like.

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